Microamp, a pioneer in advanced communication infrastructure, successfully demonstrated its cutting-edge mission-critical technologies at the recent IN.SE.CON (International Congress on Cybersecurity and Disruptive Technologies). Held on April 15–16, 2026, at the Poznan Congress Center, the prestigious event brought together top defence experts, government officials, and tech innovators to discuss the future of national security and digital sovereignty.
A major highlight of the opening day was the visit of high-ranking Polish government officials to the Microamp exhibit. The team was deeply honored to host Krzysztof Gawkowski, Deputy Prime Minister and Minister of Digital Affairs, alongside Cezary Tomczyk, Secretary of State at the Ministry of National Defence. Both officials engaged in high-level discussions regarding the next generation of secure tactical and operational connectivity required for modern defence strategies.
At the heart of Microamp’s showcase was its revolutionary 5G mmWave system, designed specifically to meet the rigorous demands of the modern battlefield and emergency response services. When every second counts, defence operations require an ultra-secure and high-bandwidth network they can trust implicitly.
Microamp demonstrated how its 5G mmWave system deploys a highly resilient, low-signature network. Utilizing advanced Low Probability of Intercept and Detection (LPI/LPD) capabilities and precise directional communications, the system allows military forces to execute real-time video and Intelligence, Surveillance, and Reconnaissance (ISR) data transfers while keeping the operational signal entirely hidden from adversaries. Furthermore, the technology provides an optimal solution for uninterrupted drone communications, sustaining stable and reliable links even in environments saturated with heavy electronic warfare and interference.
Recognizing that modern defence operations rely on the seamless integration of connectivity, data, and intelligence, Microamp partnered with industry leaders Oracle and Satim for the exhibition. Together at Booth 23, the companies presented a unified, resilient ecosystem capable of supporting highly informed, secure, and rapid emergency and defence operations.
By combining Microamp’s ultra-secure 5G mmWave network with Oracle’s robust data infrastructure and Satim’s advanced intelligence capabilities, the collaboration highlighted how modern defence units can achieve unprecedented situational awareness and rapid operational response.
Through its successful participation at IN.SE.CON 2026, Microamp has once again solidified its position as a critical player in defence technology, providing the vital communication backbone needed to protect digital sovereignty and enhance mission-critical safety on the front lines.
Microamp is a global leader in resilient 5G mmWave connectivity for real-time operations. The company designs, builds and delivers ultra-high-capacity, near-zero-latency end-to-end networks powered by its own purpose-built radios.
By merging deep-tech know-how with a broad portfolio of technology partners, Microamp empowers industries, system integrators, MNOs, DSPs, governments, and research institutions worldwide. Its networks support applications requiring deterministic performance and high-uplink throughput, in both commercial and defence sectors, where resilience, security and jamming resistance are crucial. Engineered for the most demanding environments, the Microamp system supports critical infrastructure, ports, logistics hubs, public transportation, media production, mass events and specialised military missions.
The International Congress on Cybersecurity and Disruptive Technologies (IN.SE.CON) is one of Central and Eastern Europe's premier forums dedicated to state-level digital security and technological innovation. Co-organized by the Polish Ministry of National Defence and the MTP Group, the congress serves as a strategic platform for high-level dialogue on national cyber resilience, digital sovereignty and the defence capabilities of the 21st century.